The rate constants for a reaction are found to be

k(1431 C) = 19.4 x 10 -6 s-1

k(1897 C) = 25.2 x 10 -5 s-1

At what temperature (in degrees C) will the rate constant be 74.7*10-2 s-1?

1 answer

AA

Similar Questions

The rate constants for a reaction are found to bek(1431 C) = 19.4 x 10 -6 s-1 k(1897 C) = 25.2 x 10 -5 s-1 At what temperature

Top answer: To find the temperature at which the rate constant is 74.7 x 10^-2 s^-1, we need to use the Read more.
The rate constants for a reaction are found to bek(-35 C) = 1.0 x 10-3 s-1 k(-25 C) = 2.0 x 10-3 s-1 At what temperature (in

Top answer: Use the Arrhenius equation. Use k1 and k2 along with T1 and T2 and solve for Ea, the activation Read more.
The rate constants for a first order decay reaction are found to be:

Top answer: To answer this question, we would need more information such as the initial concentration or amount Read more.
The activation energy of a reaction is typically determined by calculating the rate constant for the reaction at two

Top answer: So use the Arrhenius equation and calculate it. Read more.
The rate constants for a first order decay reaction are found to be:k287.3∘C=1 x 10−4 s−1 k327.4∘C=19.2 x 10−4 s−1

Top answer: a-4.2623*10^-6 b-536.42 Read more.
The rate constants for a first order decay reaction are found to be:k287.3∘C=1 x 10−4 s−1 k327.4∘C=19.2 x 10−4 s−1

Top answer: a)4.27*10^-6 b)536.7 Read more.
The rate constants for a first order decay reaction are found to be:K287.3C = 1 X 10-4s-1 K327.4C = 19.2 X 10-4s-1 (a) Determine

Top answer: a)4.27 x 10^-6 b) 536.7 Read more.
How are the forward and reverse rate constants for a one-step reaction related to the equilibrium constant for the reaction?A)Kc

Top answer: The answer to this question is D) Kc = kf/kr. To understand why, let's first understand the concepts Read more.
chemical reaction:E + S <=> E~S <=> E-S <=> indicates a bidirectional reaction with different forward and backward rate

Top answer: To write the differential equations for the changes in concentrations of E~S and E-S with time, we Read more.
The rate constant for this reaction was found to be 0.00550 s-1. What is the instantaneous rate of reaction when the

Top answer: What reaction are you talking about? If the coefficient for N2O5 is 1 then rate = 0.00550(0.1) Read more.